MAVIC 3M

MAVIC 3M

$5,599.00
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MAVIC 3M
  • MAVIC 3M
  • MAVIC 3M
  • MAVIC 3M
  • MAVIC 3M
  • MAVIC 3M
  • MAVIC 3M
MAVIC 3M

DJI ENTERPRISE DRONES

MAVIC 3M

$5,599.00

See More. Understand More. Manage Smarter.

The DJI Mavic 3M combines high-resolution RGB imaging with multispectral sensing in a compact, portable aircraft designed for precision agriculture, crop monitoring, mapping, surveying, and environmental analysis.

Equipped with a 20 MP RGB camera and four dedicated 5 MP multispectral cameras, the Mavic 3M captures information across visible and near-infrared wavelengths that conventional cameras cannot see.

With integrated RTK positioning, a mechanical shutter, omnidirectional obstacle sensing, up to 43 minutes of flight time, and efficient aerial surveying capabilities, the Mavic 3M gives growers, agronomists, land managers, and professional drone operators the data they need to better understand conditions across an entire property.

Turn Aerial Data Into Better Decisions with AeroSpray

The DJI Mavic 3M gives agricultural and land-management professionals the ability to see beyond conventional aerial imagery.

By combining RGB mapping, multispectral sensing, RTK positioning, and efficient automated surveying, the Mavic 3M can help identify variability across crops, turf, vegetation, and managed land — providing the information needed to make more informed decisions from the ground up.

For operations using DJI AGRAS application drones, the Mavic 3M can also become an important part of a complete precision-agriculture workflow — helping operators identify conditions, build maps, plan applications, and evaluate results.

AeroSpray can help you build the right Mavic 3M solution for your operation — including aircraft, batteries, charging equipment, RTK solutions, mapping software, accessories, and integration with your broader drone program.

Contact AeroSpray for pricing, availability, configuration recommendations, and complete precision-agriculture drone solutions.

Specifications and capabilities are based on information published by DJI Enterprise and may vary depending on aircraft configuration, altitude, environmental conditions, firmware, software, mission parameters, accessories, and applicable regulations. Software, RTK services, accessories, and supporting equipment may be sold separately.

Key Highlights

20 MP RGB Camera

The Mavic 3M features a 4/3 CMOS RGB camera with 20 MP resolution, providing detailed visual imagery for mapping, surveying, documentation, and analysis.

Four 5 MP Multispectral Cameras

Four dedicated multispectral sensors capture Green, Red, Red Edge, and Near-Infrared wavelengths, providing data that can be used to evaluate vegetation conditions beyond what is visible to the human eye.

Multispectral Vegetation Analysis

The Mavic 3M supports workflows involving vegetation indices such as NDVI, NDRE, and GNDVI, helping operators evaluate crop and vegetation conditions across large areas.

Integrated RTK Positioning

The Mavic 3M comes standard with an RTK module and supports centimeter-level positioning for accurate mapping and repeatable professional data collection.

Mechanical Shutter

The 20 MP RGB camera incorporates a mechanical shutter with a maximum shutter speed of 1/2000 second, helping reduce motion-related image distortion during mapping missions.

Up to 43 Minutes of Flight Time

The Mavic 3M provides up to 43 minutes of maximum flight time under DJI's specified test conditions, allowing operators to efficiently survey substantial areas.

Up to 200 Hectares Per Flight

Under DJI's specified test conditions, the Mavic 3M can complete aerial surveying of up to 200 hectares — approximately 494 acres — during a single flight.

Omnidirectional Obstacle Sensing

Multiple vision sensors provide omnidirectional environmental awareness to support safer and more confident operations.

15 km Transmission Range

DJI O3 Enterprise transmission supports a maximum transmission distance of up to 15 km under unobstructed, interference-free FCC conditions.
Camera & Sensor System

RGB + Multispectral Imaging

The defining advantage of the Mavic 3M is its ability to capture conventional RGB imagery and multispectral data from the same aircraft.

  • RGB Camera

Sensor: 4/3 CMOS
Resolution: 20 MP
Equivalent Focal Length: 24 mm
Aperture: f/2.8–f/11
Mechanical Shutter: 8–1/2000 s
Electronic Shutter: 8–1/8000 s
Maximum Image Size: 5280 × 3956

The RGB camera provides detailed visual information for mapping, surveying, inspection, documentation, and field analysis.

Its mechanical shutter makes the Mavic 3M particularly well suited for efficient aerial mapping missions where image consistency and accuracy are important.

  • Multispectral Camera

The Mavic 3M incorporates four individual 5 MP multispectral cameras.

Green (G): 560 ± 16 nm
Red (R): 650 ± 16 nm
Red Edge (RE): 730 ± 16 nm
Near-Infrared (NIR): 860 ± 26 nm

Each multispectral camera uses a 1/2.8-inch CMOS sensor and captures information from a specific portion of the electromagnetic spectrum.

Together, these sensors allow operators to evaluate vegetation characteristics that may not be apparent through conventional RGB imagery alone.

Vegetation Index Analysis

Multispectral imagery can be used to generate vegetation indices that help visualize differences in plant and crop conditions across an operating area.

The Mavic 3M supports workflows involving indices such as:

NDVI — Normalized Difference Vegetation Index

Commonly used to evaluate vegetation vigor and identify differences across crops or other plant-covered areas.

NDRE — Normalized Difference Red Edge Index

Uses red-edge and near-infrared information and can provide additional insight into crop conditions.

GNDVI — Green Normalized Difference Vegetation Index

Uses green and near-infrared wavelengths to provide another method for analyzing vegetation variability.

These maps can help operators identify areas that may warrant additional ground inspection or management attention.

  • Integrated Sunlight Sensor

Changing sunlight conditions can affect multispectral data.

The Mavic 3M incorporates an ambient light sensor that records solar irradiance information during image capture.

This information can be used for light compensation when processing multispectral imagery, helping improve consistency when data is collected under changing lighting conditions.

For accurate multispectral data acquisition, appropriate lighting and operating conditions remain important.
Flight Performance
  • Efficient Aerial Surveying

The Mavic 3M is built to collect large amounts of data efficiently.

Maximum Flight Time: Up to 43 minutes
Maximum Hover Time: Up to 37 minutes
Maximum Flight Distance: Up to 32 km under specified conditions
Maximum Horizontal Speed: Up to 21 m/s in Sport Mode
Maximum Wind Resistance: 12 m/s
Maximum Takeoff Altitude: 6,000 m

Under DJI's specified test conditions, the Mavic 3M can survey up to approximately 200 hectares — roughly 494 acres — during a single flight.

Actual coverage will vary depending on altitude, overlap settings, terrain, flight speed, mission parameters, environmental conditions, and required ground sampling distance.

Compact & Portable

At approximately 951 grams with propellers and the RTK module installed, the Mavic 3M packs sophisticated mapping and multispectral technology into a highly portable aircraft.

Its foldable design makes it easy to transport between fields, properties, and project locations without requiring the logistical footprint of a larger enterprise platform.

Net Weight: Approximately 951 g
Maximum Takeoff Weight: 1,050 g
Folded Dimensions: 223 × 96.3 × 122.2 mm
Unfolded Dimensions: 347.5 × 283 × 139.6 mm

For agronomists, crop consultants, land managers, and professional drone operators working across multiple properties, this portability can be a major operational advantage.
Obstacle Sensing & Positioning

Centimeter-Level RTK Positioning

The Mavic 3M comes standard with an integrated RTK module and supports centimeter-level positioning.

With RTK enabled, the aircraft supports hovering accuracy of approximately:

Horizontal: ±0.1 m
Vertical: ±0.1 m

The aircraft also uses microsecond-level time synchronization between its cameras and RTK positioning system.

Precise positioning and time synchronization are particularly valuable for:

  • High-accuracy mapping
  • Repeatable surveys
  • Multispectral data collection
  • Field boundary mapping
  • Terrain analysis

Professional geospatial workflows

The Mavic 3M can connect to network RTK services through the remote controller and also supports the DJI D-RTK 2 Mobile Station.

  • Terrain-Following Surveying
  • Agricultural properties aren't always flat.

The Mavic 3M supports terrain-follow aerial surveying, helping the aircraft maintain a more consistent height above the ground across changing elevations.

Terrain-following missions can be performed using the aircraft's downward vision capabilities, and operators can also import compatible DSM data for terrain-follow surveying.

This can be particularly valuable for:

  • Orchards
  • Vineyards
  • Rolling farmland
  • Hillsides
  • Uneven properties

Complex terrain
Maintaining a more consistent height above the surface can improve the consistency of data collected across changing elevations.

Omnidirectional Obstacle Sensing
The Mavic 3M uses multiple wide-angle vision sensors to provide omnidirectional environmental awareness.

The vision system helps the aircraft detect obstacles in multiple directions and supports safer automated operations.

This can be particularly useful when surveying around:

  • Trees
  • Orchards
  • Structures
  • Field boundaries
  • Utility infrastructure
  • Uneven terrain
  • Complex agricultural properties
Applications & Use Cases

Precision Agriculture
The Mavic 3M is designed to help transform field conditions into actionable data.

Potential precision-agriculture workflows include:

  • Crop scouting
  • Vegetation monitoring
  • Crop growth analysis
  • Plant health assessment
  • Field variability identification
  • Stand and emergence evaluation
  • Irrigation assessment
  • Stress identification
  • Field mapping
  • Orchard monitoring
  • Prescription map development

Targeted application planning
Instead of treating an entire field as though conditions are identical, multispectral data can help operators identify variations across the property and make more informed management decisions.

Prescription Mapping & Targeted Application
One of the most valuable applications of the Mavic 3M is its ability to support a precision application workflow.

A typical workflow can include:
Fly the Mavic 3M to collect RGB and multispectral imagery.
Process the imagery to generate field maps and vegetation indices.
Analyze areas of variability across the field.
Develop prescription maps based on management objectives.
Use the resulting data to support more targeted agricultural applications.

When paired with compatible software and application equipment, this workflow can help operators move from simply observing a field to making data-driven application decisions.

For professional operations using DJI AGRAS aircraft, the Mavic 3M can serve as the intelligence and mapping component of a broader precision-agriculture workflow.

Designed for Data-Driven Operations
The DJI Mavic 3M is built for professionals who need more than conventional aerial photography.

Its combination of RGB and multispectral imaging makes it a strong solution for:

  • Precision agriculture
  • Crop scouting
  • Crop health monitoring
  • Agricultural mapping
  • Vegetation analysis
  • Prescription mapping
  • Orchards
  • Vineyards
  • Specialty crops
  • Golf course management
  • Turf management
  • Forestry
  • Environmental monitoring
  • Natural resource management
  • Research
  • Land management
  • Professional aerial surveying
Specifications

Net Weight: Approximately 951 g with propellers and RTK module
Maximum Takeoff Weight: 1,050 g
Maximum Flight Time: Up to 43 minutes
Maximum Hover Time: Up to 37 minutes
Maximum Flight Distance: Up to 32 km under specified conditions
Maximum Horizontal Speed: Up to 21 m/s
Maximum Wind Resistance: 12 m/s
Maximum Takeoff Altitude: 6,000 m
Operating Temperature: -10°C to 40°C / 14°F to 104°F
RGB Camera: 4/3 CMOS, 20 MP
RGB Equivalent Focal Length: 24 mm
RGB Aperture: f/2.8–f/11
Mechanical Shutter: Up to 1/2000 s
Multispectral Cameras: 4 × 5 MP
Multispectral Bands: Green, Red, Red Edge, Near-Infrared
Green Band: 560 ± 16 nm
Red Band: 650 ± 16 nm
Red Edge Band: 730 ± 16 nm
Near-Infrared Band: 860 ± 26 nm
Positioning: RTK-supported centimeter-level positioning
RTK Hovering Accuracy: ±0.1 m horizontal / ±0.1 m vertical
Transmission: DJI O3 Enterprise
Maximum Transmission Distance: Up to 15 km under unobstructed, interference-free FCC conditions
Obstacle Sensing: Omnidirectional vision sensing
Maximum DJI-Reported Survey Area: Up to approximately 200 hectares / 494 acres per flight under specified test conditions

Primary Capabilities: RGB mapping, multispectral imaging, crop monitoring, vegetation analysis, precision agriculture, surveying, and prescription-map workflows